Basic Circuit Analysis: Foundations of Electronics

This module bridges the gap between physics and electrical engineering, introducing fundamental circuit analysis concepts. Students learn about lumped abstraction, Kirchhoff's Voltage Law (KVL), Kirchhoff's Current Law (KCL), and nodal analysis. The module emphasizes practical techniques for simplifying and analyzing electrical circuits.

This module covers advanced circuit analysis techniques and introduces digital concepts. Students learn about linear circuit analysis methods including superposition and Thevenin/Norton equivalents, while also exploring the fundamentals of digital logic and combinational gates.

This module explores semiconductor devices and nonlinear circuit elements. Students learn about MOSFET switches, their operational models, and how to analyze circuits containing nonlinear components. The focus is on understanding and working with nonlinear resistance and networks.

This module introduces small signal analysis techniques essential for understanding analog circuits. Students learn how to develop and use small signal circuit models and work with dependent sources. The focus is on analyzing circuits under small signal conditions.